projects

Project 1: The Final One

posted Jan 2, 2019, 10:13 AM by JonAlf Dyrland-Weaver   [ updated Jan 16, 2019, 12:22 PM ]

General Final Project Guidelines:
  • You must create a final project of your own making
    • You may borrow code from earlier work/other netlogo models, but you must document when using code from sources other than your brains.
    • You may, and it is in fact encouraged to, work with 1 other person in your class.
  • You project will most likely fit into one of the following categories.
    • Simulation/Model
      • Make sure your simulation is based in reality. For example, if modeling something in physics, make sure to use actual formulae, don't just make up rules/data.
    • Game
      • When picking a game, make sure it would translate well into netlogo.
      • Remember that controls will either be button or mouse based.
      • Platformer-style games may seem to fit nicely, but they are in fact difficult to put together.
    • Animation
      • Animations are often the easiest to program from a  technical standpoint (not a lot of complex code structures), but will require a lot of tedious code for drawing scenes.
      • Animation should also involve creating custom shapes.
  • You will be required to submit 4 versions of your project over time. Regardless of what kind of project you make. 
  •  You are expected to do work in class AND at home.
  • Your grade will depend on several factors beyond the actual project:
    • a Your prototype/documentation/submissions
    • Consistent work throughout the allotted time. (The procrastination penalty)
  • You should try to get the minimum requirements done early, and play with how your project looks as a last 
  • It is ok if someone goes above and beyond, as long as the other partner contributes a substantial amount. It is NOT ok if one partner does most of the work, and the other does very little.
  • You will have to fill in the information tab, specifically:
    • PUT YOUR NAME(s) AND CLASS PERIOD AT THE TOP!
    • What is it
      • Give a general description of your program
    • How it works
      • Discuss how you put together the program, interesting coding parts, your design plan etc.
    • How to use it
      • Instructions on what I should do 
    • Credits and references
      • If you got outside help, provide credit here.
    • You may fill in other parts, but they are not required.
Final Project Dates:
  • Jan 4th, Start of class
    • Prototypes required in class while you work. This should be an elaborate explanation of your goals, and picture of how you want things to work. Details to follow.
  • Jan 8, 8am
    • HW server Project slot 0 due.
  • Jan 14, 8am
    • HW server Project slot 1 due. 
  • Jan 18. 8am
    • HW server Project slot 2 due.
    • This is the final project 
Prototype:
  • Page(s) 0-1:
    • Top: Name(s) of all involved, class period, team name, project name
    • Section 0
      • High level description of your project.
      • What is it? Why do you want to make it? How will it work?
    • Section 1
      • Template sketch(es)
      • What will the world look like?
      • What will the interface elements look like?
        • Types, size, positioning
      • You may need to provide multiple sketches to show the full design. Thats ok.
  • Page 2
    • Sources of information
      • Will you be using data or formulae, if so, where is that coming from?
      • Will you need to look at code from other NetLogo models? 
        • You might want to look through the "Code Examples" section of the models library for things we have not covered in class that you might need.
    • Task breakdown
      • Who will be doing what
    • Development stages
      • timeline of features to be added, prioritized by importance and feasibility.
      • It is ok to fall behind schedule. 
      • It is OK to modify this.
  • Deadline: Friday after you get back from break, it can be updated afterward, but I want to see that you have it. 
  • NO CODE: Until you hand in the prototype there should be absolutely NO CODE! This is a design process. 
  • You can experiment with different NetLogo features and try making mini-models as a 'working prototype' but nothing you do before the official start counts. 
  • Grade: This will be 20% of your final project grade. It should look like you put serious effort into it. 
  • If it looks like you did this assignment on the train coming to school or rushed it the night before, I will grade you accordingly. 
  • Diagrams can be printed images, or hand drawn. Both of you should PROOFREAD the entire document.
  • Hand drawn does not mean you can draw like a 5-year-old.
    • Take time to draw what you want to show. You don't have to draw everything (just the world, or include the buttons as you choose.)
    • Use a ruler for straight edges! This makes it look much better. (No ruler = you didn't care)
    • Please use reasonable paper! (Drawing on wrinkled looseleaf = you didn't care)
  • The purpose of the document is to:
    • Come together with your partner and make a clear picture of what you BOTH want to do. 
    • Explicitly describe the behavior of your project so I can tell you if there are potential problems. 
    • Make clear expectations public so you have guidelines to follow and don't cut features for no reason.
    • Have the document in class when you are working so I can reference it when I see your group.
  • Keep it out in class:
    • Print one for me, and one for each of you. 
    • You must have it out at all times.
  • Evolving document:
    • You may ADD to it, but do NOT remove old pages. 
    • You may mark sections as outdated, and that they are replaced later.
    • The goal is to see the evolution of your project over its creation. 

Project 0: NetLogo Model Presentation

posted Nov 20, 2018, 10:57 AM by JonAlf Dyrland-Weaver   [ updated Dec 8, 2018, 4:45 PM ]

For this assignment you and a partner are going to make a presentation on one of the NetLogo programs in the included models library. You will select a model, then put together a short (~5 minute) presentation along with a 1-2 page paper discussing the model.

Project Specifics:
  • You can use any program in the SAMPLE MODELS directory except:
    • Anything under games
    • Flocking
    • Genetic Drift
    • Cellular Automata
    • Optical Illusions
    • Fire
    • Sound Machines
  • Your Presentation will be graded in each of the following areas:
    • Information
      • How well you explain the purpose of the model. 
      • What is it? What does it do? How does it work?
      • What are we supposed to learn from this.
      • Are the any limitations to the model?
      • Is there any interesting/strange behavior we can observe?
    • Element Description
      • How well you explain the interface elements (sliders, monitors, graphs...)
      • What are they? How do they impact the model.
      • Some of this might overlap with the Purpose section.
    • Quality of Presentation
      • How well you explain things.
      • 3 very important tips:
        • SPEAK LOUDLY
        • Do not speak with your back to the class
        • Show examples of the model working while you present
        • Unless there's something really interesting in the code section, refrain from discussing the code itself. The purpose is to demonstrate the model, not teach the code.
    • Excitement
      • You chose the model because you liked it, this should show in your presentation. Try to get the rest of us to understand why you liked it so much.
    • Written Report
      • Your written report should be 1-2 pages and contain all the informational content of your presentation. 
      • Do not pad it with unnecessary information.
Partner/Model Selection and Presentation Dates
  • We will have 2-3 presentations at the end of each class
  • You or your partner (NOT BOTH) will fill out this form: https://goo.gl/forms/qYRtSdV5m7gGECtF2
  • Selections are first come first serve, if someone before you selects the same model, or you pick an inappropriate model, you will be notified.
  • Once all groups have been created I will randomly order the groups for actual presentations.
  • Each group should fill out the form by Monday, 11/26
  • If you do not inform me of your group by then, I will randomly assign you a partner.
  • The presentations will begin after that.

Presentation Order

Period 9
Maya Sundararajan Alan Xia                 Segragation
Elliot Bossi         Russell Low         Tumor
Talia Kahan         Kaylee Yin         Dining Philosophers
Melissa Lopez         Sebastien Beurnier Virus
Erin Lee                 Aki Yamaguchi         fireworks
Oscar Chi                 Farhan Chowdhury Rabbits Grass Weeds
Aries Ho                 Bryant Cheng         climate change 
Kelvin Huang         Allen Baranov         Gravitation
Mashfee  Alam         Elizabeth Tang         Rumor Mill
Joseph Tolentino Ryan Zhu                 Bacteria Food Hunt
Farhan Shopnil         Efaz Chowdhury disease solo
Susannah  Ahn         Mia Yan                 Wolf Sheep Predation
Ariel Schechter         Sam Perelman         AIDS
Nehemiah Yu         Ethan Lin                 Particle System Waterfall
Michelle Chen         Falina Ongus         Blood Sugar Regulation
Karl Hernandez Alexander  Porlein Autumn

Period 10
Aidan Ng                         Michael Hu         Wolf Sheep Predation
Mario Tutuncu-Macias Liam Kronman         Signaling Games
Jenny Chen                 Susan Dong         Vants
Lakshya  Rajoria         Benjamin  Sokolow 3D solids 
Kenneth  Wong                 Gene  Ye                 Paths
May Hathaway                 Sirus Minovi         Traffic 2 Lanes
Rohan Ghoshal                 Milind Lalwani         Expected Value Advanced (mathematics)
Nabila Mobasshira         Athai  Begum         Random Balls
Brian Rabinowitz         Shahir Wasi         Fish Tank Genetic Drift
Reshmi  Anwar                 Naomi Khanna         Bacterial Infection
Devin Zhang                 Xander Dickerson Climate Change
Diego  Vasquez         Bryce Lin                 Wealth Distribution
Benjamin Kreiswirth         Srinath Mahankali Mandelbrot Set
Jacky Chen                 Ryan Cheng         Altruism
Ivan Chen                         Michael Wang         Rumor Mill

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